Cycloidal (also called epicyclical or convex-concave) gears are used less often than common involute gears, which are very easy to manufacture and can be modified by corrections to the gear profile. Cycloidal gears are very sensitive to the proper axial distance between the pinion and the gear. The main advantage of convex-concave gears is the lowering of the contact pressure due to teeth flanks meshing and also the lowering of the slide ratios compared to involute gears. The calculation of the selected geometrical parameters and the contact pressure between the teeth flanks of the cycloidal gearing is described in the presented article
In the article the geometric determination of curvature radius is considered for teeth with cycloid ...
For plastic gears, developments in composites and tooth geometry are essential for their selection i...
In the paper, the design and operation of the planetary cycloidal transmission have been discussed. ...
Cycloidal (also called epicyclical or convex-concave) gears are used less often than common involute...
The parameters of the involute and cycloidal gearing which influence on fluid volume at the tooth sp...
The tooth bending and tooth contact strengths of the involute-cycloid composite tooth profile helica...
The article deals with the development of the 2K-H precessional toothed gear with convexconcave cont...
Cycloidal drives belong to the group of planetary gear drives. The article presents the process of m...
Contact stress is an important problem in industry. This is a problem that in the first attention ma...
Cycloid drives are widely used in industrial robots where high load carrying capacity, accurate posi...
Cycloidal gear is characterized by [2]: – Large ratio (up to 171:1) from one stage of reduction, whi...
The curve-face gear pair is a new type of gear pair with variable transmission ratio for spatial fin...
The determination of the pitch cones for hypoid gears is already well defined either through numeric...
The double-enveloping conjugated tooth pair is analyzed based on conventional conjugated tooth pair....
Asymmetrical involute gears have a different value of the operating pressure angle for right and lef...
In the article the geometric determination of curvature radius is considered for teeth with cycloid ...
For plastic gears, developments in composites and tooth geometry are essential for their selection i...
In the paper, the design and operation of the planetary cycloidal transmission have been discussed. ...
Cycloidal (also called epicyclical or convex-concave) gears are used less often than common involute...
The parameters of the involute and cycloidal gearing which influence on fluid volume at the tooth sp...
The tooth bending and tooth contact strengths of the involute-cycloid composite tooth profile helica...
The article deals with the development of the 2K-H precessional toothed gear with convexconcave cont...
Cycloidal drives belong to the group of planetary gear drives. The article presents the process of m...
Contact stress is an important problem in industry. This is a problem that in the first attention ma...
Cycloid drives are widely used in industrial robots where high load carrying capacity, accurate posi...
Cycloidal gear is characterized by [2]: – Large ratio (up to 171:1) from one stage of reduction, whi...
The curve-face gear pair is a new type of gear pair with variable transmission ratio for spatial fin...
The determination of the pitch cones for hypoid gears is already well defined either through numeric...
The double-enveloping conjugated tooth pair is analyzed based on conventional conjugated tooth pair....
Asymmetrical involute gears have a different value of the operating pressure angle for right and lef...
In the article the geometric determination of curvature radius is considered for teeth with cycloid ...
For plastic gears, developments in composites and tooth geometry are essential for their selection i...
In the paper, the design and operation of the planetary cycloidal transmission have been discussed. ...